Post by Laura Betz, science writer at NASA’s Goddard Space Flight Center.

Thurs. Feb. 7, 2013, Five Days Before Launch, Embassy Suites, Lompoc, Calif.
After arriving at my hotel for my first rocket launch, I started loading up my plate at Sonny’s complimentary breakfast. Not knowing anyone, I walked up to a nearby group of strangers and asked if I could sit down. As it turns out, they were United Launch Alliance folks. Bonding over the fact that we were all here for the Landsat Data Continuity Mission (LDCM) launch at Vandenberg Air Force Base, we got to talking. And because their business is launching things I wanted to know, “Who pushes the button?”

Surprisingly, despite the fact that I was breakfasting among rocket launching phenoms, they said that they didn’t know. And so, early Friday morning began my search for the biggest unknown at 7 a.m. breakfast.


Fri., Feb. 8, 2013, Four Days Before Launch.

In the early morning, I ventured out questioning everyone at our breakfast table, seeking out likely button pushers amid NASA, Air Force, and United Launch Alliance, LLC employees. No luck.

Some hours later, I asked Rob Lilly, the deputy project manager for LDCM. He tells me Omar Baez, the senior launch director in NASA’s launch services program, gives the go.

But, despite my search for Omar, I came up short.

Feeling beleaguered by the day’s search, I decided to head over to Vandenberg Air Force Base.

On base I attended the LDCM press conference. While there, I learned that during the mission readiness review Omar plays a key role. He talked about what the team has to do to get ready for launch.

Meanwhile, in the back of the press conference, I started talking with Captain Benjamin Wauer, a weather officer for the Air Force. He suggested I do a story on the weather sonde (balloon) shop instead for the prelaunch weather check. Distracted by my conversation, the second I looked up Omar was nowhere to be found. Discouraged, I contemplated throwing in the towel on my hunt.

At this point, I knew a few things. The first was that rocket-launching experts don’t like to talk about button pushers. The second was that if you are a button pusher, you don’t talk about it (not unlike the rules of fight club).

Some hours later, rather serendipitously I ran into Omar. He told me there isn’t a button pusher. Before running off, he said could send me the information on the last person to start the sequence, but that he couldn’t do it right then.

Just as I was losing hope, NASA Kennedy Director of Launch Program Services Amanda Mitskevich ran up to me and asked me if a public affairs officer had gotten in touch with me.

Cue: harp and jubilant choir.

Shortly thereafter things started to turn around, Jessica Rye, a ULA public affairs officer, said she might be able to help me. She said the button pusher goes by Larry, and that she’ll see if I can talk to him.

Later on Dave Jarrett, NASA’s LDCM Program Executive, showed me an e-mail exchange. It said Omar gives the go to the launch director, and he gives the go to Larry. Word of my search must have gotten out.

In said exchange, Chuck Dovale, deputy director of Kennedy’s launch services program, says its Larry Crass, the launch conductor.

Sat. Feb. 9, 2013 L-2 Vandenberg Air Force Base
Technically, LDCM Project Manager Ken Schwer said that there isn’t a button. He said nobody pushes the button—a computer system runs the launch sequence and there’s a chart that shows how everything works. I ask him to send it to me to help out my search (see above).

I’ve got to say that the entire team did a tremendous job of keeping track of all of the positions and their roles. Looking at this doesn’t clarify anything to me though.

Ultimately confused by Ken’s chart, I decided taking a break from the newsroom and going to get a group picture with the team in front of the rocket would be a good therapeutic idea.

Seeing the rocket up close was beyond incredible. Taking in the enormity of it and of the size of the group surrounding me made me further realize how special this moment was and how lucky I was to be here.

Just as we all broke up from a group picture, Jim Nelson, LDCM Ground System Manager at USGS, tells me that Larry’s here. After bolting through the crowd of people with Jim in tow, he pointed me to the right person. Looking like I found my long-lost brother, I finally managed to meet him.

After talking with Larry it turns out there really isn’t a button, but he and Don Malin, Launch Director, granted me an interview. Like many other launch guys Larry likes to wear the same tie on launch day, but aside from that he relies on hard work and a strong team to ensure a successful launch. This is his second launch as Launch conductor. Before that, he’d been training on several missions.

Here’s how my conversation with Larry went:

“I hear you’re the man who gets to push the button?”

“That’s right, in Atlas terms it’s pull the button. It’s pull the button to enable the count. Push the button to stop the count.”

“How did you get to do this?”

“That’s the role of the launch conductor.”

“How do you know when to pull the lever?”

“It’s in the countdown script. It’s scripted when we get into T-4 minute hold. There’s a ten minute hold and a series of steps that we go through when preparing for launch, to enable the launch is one of those steps.”

“Have you been practicing your lever pulling?”

“Of course, we practice during dress rehearsals, and we also do that during our wet dress rehearsals. We’ve done this on previous launches.”

I asked Larry if he ever gets nervous, but he told me they’re well prepared. He’s learned from his bosses who were all previous launch conductors and have trained for years. “It’s practice and part of the professionalism with focusing on the details of making sure the rocket can launch and if you focus on that intently you don’t get nervous,” he said.

“And are you one of those people in the elevators who likes to push the button?”

“No, I ask other people to push the button on the elevator.”

Launch Director Don Malin said this is his third Atlas mission; he’s done six Delta 4′s and 27 Delta 2′s. He told me that its his job is to make sure that the entire countdown is conducted properly. Ultimately, Malin gives permission to launch. He’s confident because the group practices by going through a series of launches as well as mission specific exercises like the mission dress rehearsals, to make sure the team’s ready.

“What’s the most interesting thing about this job?”

“I think what’s interesting are all the different aspects of the operation that have to come together at very specific times and milestones. And without that, we can’t proceed. So the interesting part is trying to make sure all of those things come together at the right time so that we can move on to launch.”

“You don’t have any special regimen, like you have to wear a certain pair of socks?”

“No, the only one I have is to make sure that I do wear socks.”

Alas, there is no button, rather a well-oiled team—making sure the right steps are completed so that the real button pusher (the guy who stops everything in case of emergency) doesn’t have to lift a finger.

Credit: NASA

Landsat 8 Launch: NASA Social Style

February 12th, 2013 by Adam Voiland

Credit: NASA/Voiland

It felt a bit like I had wandered into an exclusive Silicon Valley pool party.

There were palm trees, deck chairs, even a heated pool that was steaming in the morning chill. Bobak Ferdowsi  (a.k.a. the “NASA Mohawk guy”) of Mars Curiosity fame was milling around. Camilla, the ever-adventurous SDO-obsessed rubber chicken, was posing for photos in one corner. So was Piers Sellers, former astronaut. And, strangely, there was a woman wearing a clown nose perched on a fence looking off into the distance at Vandenberg Air Force Base. Everybody was glued to their devices.

Welcome to the Landsat-8 launch-viewing party, NASA Social Style.

There was some competition for the best spots along the fence.  I ended up near the pool next to Camilla keeper’s and Esten Hurtle, a software developer who works for Twitter. When we were chatting, he mentioned he had been on the road from San Francisco to Lompoc for two dayson a Vespa. I found that intriguing. Before I knew it, I was doing a full Q & A.

Photo Credit: NASA/Voiland


How did you end find out about this?

Actually John Yembrick (NASA HQ social media guru) came to Twitter and let us know a NASA Social was happening at the Landsat launch. I thought it sounded awesome, and I registered as fast as I possibly could. I was lucky enough to be one of 80 people who got a spot.

How has the social been?  What have you been doing?

I went to Vandenberg Air Force Base yesterday. We had an amazing tour.  We had a televised Q & A in the morning with many of the people who literally worked on the mission for years to make this happen. It was incredible.

Photo Credit: NASA/Voiland

After that we went on a tour around the base. There was a heritage museum where they showed us all sorts of old launch equipment.  There was stuff from Titan II, lots of old switches and dials. They even had a cold war missile on display. It was the forerunner to today’s Delta rockets, which are used for space launches. They had it open, and they were showing us the different stages.   

Then we went to the launch pad and met up with Charlie Bolden there because, well, you know, that’s  just what you do when you’re at a NASA launch.

You talked to him?

Yeah, he’s seemed like an incredibly nice guy. He gave a little speech about things going on at NASA. NASA apparently just received an award for being the best place in the government to work, and he seemed pretty happy about that. I went up to him after his talk, shook his hand, and told him that a few of my friends work at NASA Ames on some of the supporting software for SLS, the space launch system.

What was the most surprising thing you saw during the social?

The scale of the rocket.  The Atlas V is a medium-sized rocket. It’s not like a Saturn V or anything like SLS will be, but still it’s just impressively huge.  You see photos of it online, and you’re reading about it, and you think, yeah, ok, this is going to space. But when you’re up there and you’re seeing it all in person, it’s a completely different experience. It was just amazing.

Have you gotten interested in Landsat science or are you mainly interested in the engineering side of things?

Actually, when I was just a tiny kidI must have been just 5 or 6my dad had a book of Landsat photos that we used to look at a lot. I remember all the infrared images. They were false color, so they were really eye-popping and gorgeous. As a kid, it was like looking at an alien landscape.  They’re just so beautiful.

Deforestation in  Brazil. Photo Credit: NASA

Landsat 8 Launch: So Much More To Learn

February 11th, 2013 by Adam Voiland

Credit: NASA

The atmosphere was electric at Providence Landing Park in Lompoc, California as the first stage of an Atlas 5 rocket ignited in the distance on February 11, 2013.

Cheers erupted at 10:02 a.m. from the hundreds of people gathered there as the rocket rose, gathered itself, then surged into a perfect blue sky over Vandenberg Air Force Base. As the cheers subsided, it was surprisingly quiet for a moment as awe sank in, save for the patter of scores of cameras clicking in unison.

A full 30-or-so seconds later, the sound arrived. You could feel the roar in the ground. The Landsat Data Continuity Mission (LDCM), the latest satellite in the world’s longest-running series of Earth-observing satellites, was on its way to space.

At that moment, there was nowhere else in the world I would have rather been. Nowhere. I’m not prone to sentimentality, but the wonder I felt as I watched Landsat 8 shrink to a speck and disappear into the horizon was indescribably profound.

There is something simply overpowering about seeing an instrument of peace and knowledge burst beyond the bounds of gravity. If you ever have an opportunity to see a science satellite launch, don’t hesitate for a moment. Just go. You won’t be disappointed.

Good luck, Landsat-8. We have so much more to learn from you.

Credit: NASA

Landsat 8 Launch: Unexploded Shells and Sharks at Vandenberg AFB

February 11th, 2013 by Adam Voiland

Photo Credit: VAFB

The computer system used to register visitors to Vandenberg Air Force Base wasn’t cooperating when I stopped by to get my ID approved yesterday. That meant I had plenty of time to chat with the two military police officers on duty. I learned two surprising things from them.

1) The base, particularly the beach area, has unexploded ammunition strewn around that make wandering off the roads a really bad idea. Before it was part of the Air Force, the Army used to use land that’s now part of the base for target practice. Decades later, unexploded mines, grenades, rockets, mortars, and bombs still have a habit of turning up. In 2010, for instance, the Bear Creek fire exposed a 200-pound explosive that specialists had to detonate (above).

2) Sharks are a problem as well. In the last few years, there have been two lethal shark attacks at Surf Beach near the base, the officers told me. I thought this might be a tall-tale they tell tourists, but the story checks out. In October 2012, a Great White mauled and bit a 39-year-old surfer in the upper torso. And in 2008, another Great White attacked a 19-year-old on a boogie-board, severing his leg. I went digging on the Air Force’s website, and they even have a picture of a mangled board from yet another incident in 2008 (below).

Normally, I’d jump at the opportunity to run on a beach and take a short dip in a place that’s as beautiful as this. But in this case, I’ll be sticking to rocket-watching for fun, thank you very much.

Credit: VAFB

Landsat 8 Launch: At the Top of the Tower

February 10th, 2013 by Adam Voiland

The tower at SLC-3 where LDCM awaits final preparations for launch on Feb. 11 at 10:04 a.m. Credit: NASA/Ellen Gray

Post by Ellen Gray, a science writer at NASA’s Goddard Space Flight Center.

Count it among the things I never thought I would ever do in my lifetimeget up close to a loaded rocket that will carry a satellite into space in less than two days.

When your launch is on a Monday, the weekend is still busy, busy, busy. But Saturday morning two days before launch, a few of us working on the Landsat Data Continuity Mission (LDCM) project had a fantastic break. The United Launch Alliance (ULA) Launch Director invited us to come up to Space Launch Complex 3 where LDCM is currently sitting atop its Atlas V ride for a group photo.

Space Launch Complex 3 is where United Launch Alliance launches Atlas rockets. Photo Credit: NASA/Ellen Gray

It was a giddy group. As one of the mission science writers, I’ve only been working on LDCM for two years, but many on the project have been with the mission for much longer. Getting a chance to see the culmination of all the hard work of designing the mission and the instruments, getting them and the spacecraft built, tested and integrated into the LDCM satellite, prepping and loading the rocket–all of that was stretching up in one long column on this gorgeous California morning.

Space Launch Complex 3, or SLC (pronounced “slick”) 3, is set up on a bit of a hill on the south portion of Vandenberg Air Force Base. Downhill from the parking lot is the Pacific Ocean, the large unpopulated reason that U.S. spaceports are on coasts: if anything goes wrong the rocket lands in the water.

Mike Marasco and Debbie Fettig from ULA escorted us through the turnstiles into the restricted area and we walked up the short road to the tower that holds the rocket. Essentially the scaffolding that allows workers to access the rocket from the ground up, the tower doors were open so we could see the Atlas V and the white faring containing LDCM at the tippy-top.

We were maybe 100 to 150 feet away from the base of the pad. It was amazing to be so close. I saw Sarah Ryker, deputy associate director of the USGS Climate and Lands Use Change who has been working tirelessly on the future of the Landsat program and asked her how excited she was to finally see LDCM ready to go. She just grinned from ear to ear. It was a little surreal to finally see everything come together, she said, and beyond exciting.

The Atlas V rocket. The Atlas booster is the long shiny section. The Centaur upper stage is with white sections after it narrows, and just visible is the nose cone, or faring, where LDCM sits.
Photo Credit: Orbital/David Ward

We gathered for a bunch of photos with the base tower in the background. David Ward, flight insurance manager from Orbital Science Corp, had the only camera allowed on the site. Between shots we milled around a little, excitedly chatting about launch.

I grabbed Jerry Nagy, deputy observatory manager from NASA Goddard to point out the different parts of the rocket. The Atlas V booster makes up the long shiny, bottom portion and, right now, the lower section is filled with kerosene, the rocket propellant. It will be combined with liquid oxygen, to be fueled an hour and a half before launch, and ignited to provide an explosive 860,200 pounds of thrust. The liquid oxygen is so cold that after the Atlas is fueled, water from the air will condense and freeze on the outside of the tank, forming big chunks of ice. At launch, Jerry’s fingers wiggle, it will all shake off.

Jerry’s finger then moved upward to the white section of the column, pointing out the Centaur upper stage engine. Its fuel is liquid oxygen and liquid hydrogen that will ignite for its first burn ten seconds after the Atlas falls away, four minutes and eight seconds after launch. It will have a second burn, 70 minutes into launch to push LDCM into its preliminary orbit.

With the group photos done, we started to wander back toward the gate, but then Mike stopped us. “This way,” he said, and Debbie added, “It’s about to get a whole lot better.”

Our group photo next to the LDCM faring. Photo credit: United Launch Alliance/Mike Marasco

No one quite believed it as we followed Mike toward the tower, but then he was packing us into the cargo elevator and taking us to Level 15. When we stepped out, there she was: the white nose cone, or faring, holding LDCM.

We weren’t quite within touching distancewe had to stay outside the blue line on the platformbut we were closer than any of us who usually work on the ground ever expected to be. It was a like that moment in Star Trek: First Contact when, after traveling back in time, Picard reaches out and touches the rocket that propels the Phoenix, the first warp capable ship, into space. But where Picard’s moment was fictional history, our moment was living history that was made by the people on that platform and the thousands of others who couldn’t be there across NASA, the USGS, and our partners at Ball, Orbital and ULA. The past week I have met so many people on all the teams that have brought the LDCM mission to life, and I am constantly amazed by what they do. The LDCM mission has had at times a difficult path to get to the top of this tower, but now it is poised to carry on the longest continuous record of Earth’s land surface that we have

Terri Hynson from the Goddard project office perhaps put it best: “That’s our baby up there.”

The LDCM logo was hand painted onto the fairing. Photo Credit: Orbital/David Ward

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